Your plant is losing millions to drift.
We stabilise the operating state where it performs best—capturing fuel value without capex or outage.
This value already exists in your plant. It is simply not sustained.
Where This Value Is Lost
- Load transitions
- Excess O₂ drift
- Air–fuel imbalance
- Fouling and slagging cycles
These conditions disrupt the furnace's radiative coupling—degrading the efficiency with which heat is transferred to the working fluid.
This reduces effective heat transfer, increasing fuel input for the same output—creating continuous, recoverable loss.
YBG Global is an Advanced Technology Partner for coal-fired and thermal power operators. YBG sits beside the operator — not above the control system, not inside the boiler. Manufacturing leg: HydroHub™ oxyhydrogen combustion enhancement equipment is produced by YBG Group's Private Label Manufacturer at yullbrownsgas.com — available to technology partners, EPC contractors, and industrial OEMs.
The platform provides a deterministic measurement layer that mirrors how plant performance engineers already work.
- —Read-only DCS historian data
- —No hardware changes
- —No boiler or turbine modifications
- —No interaction with APC, DCS, or protection systems
Read the plant's own DCS historian at native 1–5 s resolution. Validate, clean, and canonicalise signals (MW, fuel flow, GCV, O₂, steam parameters).
Construct unit-specific, best-observed operating envelopes using deterministic P10 methods in each load band. No external benchmarks. No heuristics. No modelling assumptions.
Surface only what is traceable, repeatable, and audit-safe. All calculations derive from validated rows and standard FI/HR formulas that a plant engineer can verify.
Derived entirely from the unit's own best-observed performance under comparable load conditions.
From drift to demonstrated best.
Three-stage thermodynamic recovery.
Deterministic. Audit-grade. Operator-native units.
No models. No benchmarks. No control intervention.
The plant's own DCS historian is read at native 1–5 second resolution across all operating load bands. A deterministic P10 method constructs the unit-specific best-observed performance envelope — quantifying heat-rate deviation, fuel-intensity gap, and recoverable value in operator-native units.
Real-time DCS envelope tracking holds the unit within its best-observed operating band. Performance is continuously verified against the P10 baseline — deviations are surfaced immediately in operator-native units. No control override. No external intervention. The plant's own discipline, made visible.
HydroHub™ oxyhydrogen intervention raises effective flame emissivity, improves radiative heat transfer to working fluid surfaces, and accelerates ignition kinetics — expanding the performance envelope beyond prior best-observed state. Heat-rate uplift and verified fuel reduction, validated against DCS and M&V frameworks.
YBG's platform does more than identify fuel savings. It converts verified performance improvement into auditable CO₂ reduction datasets.
By integrating with existing DCS/APC systems, YBG creates a unit-level measurement layer for fuel savings, heat-rate improvement, and carbon reduction.
Where applicable methodologies and verification frameworks exist, these datasets may support compliance reporting or carbon-credit pathways.
Unit-level coal savings from real plant data.
Load-normalised performance against best observed operation.
Fuel savings translated into auditable CO₂ reduction.
- ▪Coal-fired subcritical, supercritical, and ultra-supercritical units
- ▪NTPC-scale operational environments
- ▪Private IPPs, captive power, and industrial boilers
- ▪FI/HR attribution and drift assessment
- ▪Engineering committee and audit workflows
- ▪Read-only data use
- ▪Deterministic analytics only
- ▪Fully traceable formulas
- ▪Evidence-based, unit-specific insights
- ▪Suitable for PoC evaluation prior to tender or proposal
- ▪No AI hallucination, no model drift
- ▪No forecast-driven claims
- ▪Outputs are directly reproducible by plant engineering teams
- ▪Every calculation can be traced to validated DCS rows
- ▪Envelopes derived purely from demonstrated unit behaviour
- ▪Safe for audit committees, EPC partners, and OEM technical teams
- 01Share 3–5 days (or 2–4 weeks) of DCS historian export (CSV).
- 02YBG performs a deterministic Stage 1 diagnostic.
- 03Review findings with plant leadership and performance engineers.
- 04Decide next steps based on unit-specific evidence.
No operational changes are imposed. No control system access is required.
Two platforms. One corporate group. The intertwined orange and blue flame represents the controlled union of hydrogen and oxygen — the scientific foundation shared across YBG.
Deterministic, audit-grade analysis of plant DCS historian data. Quantifies the heat-rate gap and recoverable value in operator-native units. No models. No benchmarks. No control intervention.
HydroHub™ oxyhydrogen combustion enhancement equipment for thermal power applications. Manufactured for technology partners, EPC contractors, and industrial OEMs to deploy under their own brand and project structures.